Physicists create time reversed optical waves

Optics researchers from The University of Queensland and Nokia Bell Labs in the US have developed a new technique to demonstrate the time reversal of optical waves, which could transform the fields of advanced biomedical imaging and telecommunications. Time reversal of waves in physics doesn’t mean travelling back to the future; it describes a special type of wave which…

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Update on UQ COVID-19 vaccine

The University of Queensland and CSL today announce that the Phase 1 trial of the UQ-CSL v451 COVID-19 vaccine has shown that it elicits a robust response towards the virus and has a strong safety profile. There were no serious adverse events or safety concerns reported in the 216 trial participants. However, following consultation with the…

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World-first skin cancer treatment aims to help transplant patients

A new medication which can be applied to the skin could help prevent organ transplant recipients from developing harmful skin cancers. The world-first treatment being developed at The University of Queensland is the only drug of its type that could prevent the incidence of skin cancers for transplant patients. Lead researcher from UQ’s Diamantina Institute Associate Professor James Wells said…

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Queensland-made proteins and sophisticated antibody test for COVID-19 detection

Locally made coronavirus proteins produced in a state-of-the-art laboratory in Brisbane are proving highly useful in a sophisticated blood test for COVID-19. The University of Queensland’s Protein Expression Facility (PEF) partnered with the Public Health Virology team at Forensic and Scientific Services (FSS), Queensland Health to develop SARS-CoV-2 viral proteins These synthetic proteins can be used in…

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Expect more mega-droughts

Mega-droughts – droughts that last two decades or longer – are tipped to increase thanks to climate change, according to University of Queensland-led research. UQ’s Professor Hamish McGowan said the findings suggested climate change would lead to increased water scarcity, reduced winter snow cover, more frequent bushfires and wind erosion. The revelation came after an analysis of…

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Bound by infection: identifying how COVID-19 interacts with cells

Two international studies have shed light on why the virus that causes COVID-19  is so infectious compared to other SARS viruses. University of Queensland researchers collaborated with colleagues in the United Kingdom and Europe on the studies, which also showed a way to potentially prevent the virus from infecting cells. The SARS-CoV-2 virus uses a protein…

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